Welcome to Issue 5! Please read the cover article:

Electrochemical QCM-D for insights into organic mixed ionic–electronic conductors and transistors (OECTs) by Liubov Bakhchova 𝘦𝘵 𝘢𝘭.

#OrganicElectronics #Electrochemistry #OECT

#Free_to_read
🔗 doi.org/10.1039/D5QM...

Organic Electronics Market Size, Share Report | Growth 2035 Organic Electronics Market is predicted to grow at a 19.39% CAGR, reaching USD 44.24 Billion by 2035. Top company industry analysis highlights key drivers, emerging trends, regional insights, opportun...

Organic Electronics Market Size, Share Report | Growth 2035 www.marketresearchfuture.com/reports/orga...
#OrganicElectronics #FlexibleElectronics #NextGenElectronics

Time-Dependent Structure Assessment of Conjugated Polymer Aggregates in Solution by Single-Molecule Fluorescence Spectroscopy Monitoring and understanding the aggregation kinetics of n-type polymers provide strategies to favorably control aggregation and thereby optimize conjugated polymers ink shelf life, printability, and thin-film properties. Here, the in situ characterization of n-type copolymer aggregates employing ensemble absorbance and fluorescence spectroscopy for spectral characterization, in combination with single-molecule fluorescence spectroscopy methods to identify subcategories of aggregates, is reported. Specifically, we utilize a diffusion-based single-molecule burst method that resolves individual aggregates as they traverse the observation volume, allowing us to determine the aggregate size, concentration, and chain conformation through the statistical analysis of single-aggregate fluorescence data. Base-stable P(EO-NDIT2) with branched ether-based side chains self-assembles from molecularly dissolved chains into nano- to micrometer-sized aggregates over the course of weeks to months, depending on the solvent used. Through spectral decomposition and polarization-sensitive single-molecule fluorescence spectroscopy, the aggregates were categorized by their size into small (Rh approximately 60 nm) and large (Rh approximately 300 nm) aggregates and monitored with time. An increase in size was correlated with enhanced fluorescence brightness and red-shifted emission as well as an increase in internal order, as revealed by emission anisotropy. This increase in order within the aggregates may be related to alignment of crystalline domains and a planarization of the polymer backbone torsion.

New publication in ACS Macromolecules highlighting extraordinary long time aggregation processes over months in conjugated polymers.

#ChemSky #OrganicElectronics #SingleMolecule #Fluorescence

doi.org/10.1021/acs....

US Organic Semiconductor Market Size, Share Report and Forecast 2035 US Organic Semiconductor Market is predicted to reach 3143.26 US$ Million, at a 13.18% CAGR by driving industry size, share, top company analysis, segments research, trends and forecast report 2025 to...

US Organic Semiconductor Market: Trends, Sales Revenue, Competitive Landscape and Market Expansion Strategies 2035
www.marketresearchfuture.com/reports/us-o...

#USOrganicSemiconductor #Semiconductor #OrganicElectronics #USMarket

Only One Week To Go Until InnoLAE 2026!

Don't miss out! Register now https://innolae.org/registration

It's not too late to be part of the programme! We are accepting late news posters up to Monday 16 February.

#bioelectronics #organicelectronics #flexibleelectronics #printedelectronics

InnoLAE 2026 Invited Speaker

Prof Andrew Monkman, University of Durham, will give an Invited Talk at InnoLAE entitled "Design rules for ultra-efficient hyperfluorescence OLED displays".

See more at: https://innolae.org/invited-speakers
#organicelectronics

Congratulations (Dr.) Robert! Four intense years, from master to PhD, an incredibile journey, learning new aspects about #organicelectronics and #OMIEC ...and having a lot of fun! All the best for your future! #compchem #softmatter #modelling @tide-rtg.bsky.social @unicologne.bsky.social

Damn we can do some cool things can't we.
#spectroscopy
#organicElectronics

Final Call For Papers!

Submit your abstract by the end of Friday 14 Nov for the opportunity to present your work at innoLAE 2026.

https://innolae.org/call-for-papers
#flexibleelectronics #organicelectronics #bioelectronics

InnoLAE 2026 Invited Speaker

Prof Francesca Brunetti, Associate Professor, Opto & Nanoelectronics group (OLAB), University of Rome Tor Vergata, will give an Invited Talk at InnoLAE.

See more at: https://innolae.org/invited-speakers
#organicelectronics #photovoltaics

Call For Papers Deadline Extended!

Due to a number of requests, we have extended our Call for Papers deadline. Submit your abstract for innoLAE 2026 by 14 November 2025 for the opportunity to present your work.

https://innolae.org/call-for-papers
#flexibleelectronics #organicelectronics

Call For Papers Deadline Today!

The closing date for innoLAE 2026 abstract submissions is the end of today (Friday 31 October) - get your submissions in now!

Submit your abstract at https://innolae.org/call-for-papers
#flexibleelectronics #organicelectronics #bioelectronics

InnoLAE 2026 Invited Speaker

Prof Eli Zysman-Coleman, University of St Andrews, will give a talk on light-emitting materials, and will also be on the OLED/QD topic panel.

See more at: https://innolae.org/invited-speakers
#organicelectronics #OLED

InnoLAE 2025 Highlight

Fully biodegradable conductive protein based humidity sensing
Tom Greig, Smart Fabric Inks

The Horizon 2020 E-Prot project aims to make sustainable electronic devices...

#organicelectronics #flexibleelectronics

InnoLAE 2025 Highlight

Organic electrochemical transistors fabricated by aerosol jet printing
Jose Ávila-Niño, CIATEQ A.C. Centro de Tecnología Avanzada

Printing techniques for electronic device prototyping have emerged as an option for the fabrication...

#organicelectronics #bioelectronics

A PhD student stands beside her scientific poster during a conference poster session. She is smiling and ready to present her research, with other posters and attendees visible in the background.

Soyoung attended #ICOE2025 in Coimbra, Portugal and presented her poster on microcavity #OLEDs and took part in discussions on organic electronics. She connected with researchers and students from across Europe, truly an inspiring experience!
#organicelectronics #solarcells #research #science

InnoLAE 2025 Highlight

Smart-integrated organic optoelectronic systems for optical sensing
Dr Stefano Toffanin, Italian National Research Council (CNR)

Organic optoelectronic devices offer promise for miniaturized optical sensors ...

#optoelectronics #organicelectronics

A team from the University of Miami, Georgia Tech, and the University of Rochester has developed the world’s most electrically conductive organic molecule—made from basic elements like carbon, sulfur, and nitrogen.

#OrganicElectronics #FutureChips #SiliconAlternative #NextGenComputing #NanoTech

🌟 Meet the Editors of Organic Materials #5: Prof. Akimitsu Narita 🌟

Prof. Akimitsu Narita, Associate Editor of #OrganicMaterials and Assistant Professor at OIST, specializes in #organic and carbon nanomaterials for optoelectronic applications.
#MeetTheEditors #Nanomaterials #OrganicElectronics

Save The Date for InnoLAE 2026 - 17-19 Feb 2026
The innoLAE Conference and Exhibition is the "must attend event for industry and academia involved in printed/emerging electronics".

innolae.org
#printedelectronics #flexibleelectronics #plasticelectronics #bioelectronics #organicelectronics

🚀🎉 Organic Materials is NOW on Bluesky! 🎉🚀

Our open-access journal on organic functional materials is now on Bluesky! 🔬

Key topics: #OrganicMaterials #SupramolecularChemistry #OrganicElectronics #molecularswitches #Modeling

CiteScore 3.7. Contributions welcome 🙌

🔗 Explore: bit.ly/OrganicMater...

A big thank you to Profs. Adachi and Mathevet for visiting us at #oist. We missed you Lydia @drcurieosity.bsky.social! #OrganicElectronics #OLEDs @cnrs.fr

Dr Dimitrios Koutsouras, University of Bath, presenting the Thin-Film Transistors for Organic Bioelectronics course at InnoLAE 2025 this morning in Cambridge

#organicelectronics #bioelectronics

InnoLAE 2025 kicks off with the first of our short courses. Massimo Mariello, University of Oxford presents his course, Reliability of Advanced Bioelectronics: Thin-film Encapsulations and Stability Evaluation

#bioelectronics #organicelectronics

It's not too late to come to InnoLAE 2025 and see these fantastic Keynote Speakers:
Yoeri van de Burgt, TU Eindhoven
David Verity, PragmatIC
François Grenier, Brilliant Matters

Register now innolae.org/keynote-spea...
#flexibleelectronics #plasticelectronics #organicelectronics #bioelectronics

Short Courses — InnoLAE - Innovations in Large Area Electronics

InnoLAE 2025 Short Courses Start on Monday!
innoLAE short courses allow you to learn more about key technology areas from industry experts.

Register now at: innolae.org/short-courses
#printedelectronics #flexibleelectronics #plasticelectronics #bioelectronics #organicelectronics

Just One Week Until InnoLAE 2025!

InnoLAE 2025 maintains its famous mix of industry and academic content:
- Three Keynote addresses
- Invited and Submitted oral presentations
- Exhibition and Poster session

innolae.org/registration
#printedelectronics #bioelectronics #organicelectronics

Individual cells can be connected to plastic electrodes Researchers at LiU have succeeded in creating a close connection between individual cells and organic electronics. The study lays the foundation for future treatment of neurological and other diseases...

Researchers at Linköping University have created a close connection between individual cells and organic electronics, opens up for treatment of neurological diseases with very high precision #research supported by Knut and Alice Wallenberg Foundation #science #organicelectronics tinyurl.com/2pkwf3sa

Julia and her PI Stefan Grimme stand on either side of a statue of August Kekulé. Julia wears a traditional handcrafted PhD hat.

Julia from @grimmelab.bsky.social successfully defended her #PhDthesis this week. Congratulations! Julia worked on the "Development of #QuantumChemistry based Workflows for the Theoretical Description of #OrganicElectronics".
#ProudPI #PhDone

Exciting talk by James Ryan from Swansea Uni in Burlington House, London, unveiling new frontiers in organic semiconductors! 🌟 @roysocchem.bsky.social @swanseauni.bsky.social #OrganicElectronics